Нестійкість режиму в колі з ємністю і зварювальною електричною і плазмовою дугою, що живиться від джерела постійного струму

Yevhen N. Vereshchaho, Vitalii I. Kostiuchenko
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Abstract

The article deals with automatic control at the arc of plasma welding and associated processes and technologies. The article engages mathematical techniques common in the description of automatic control systems. The article presents the results of the analytical study of dynamic processes occurring in the circuit of an electric arc with a capacity. The results of mathematical modeling that allow predicting the instability of the system with an integrated linear or non-linear load are rendered. Accounting for the reference to the object of automatic regulation (arc or plasma), the suggested materials can be of particular interest for a wide range of specialists in the field of welding production, as well as those engaged in the research of automatic control systems in converters.
本文论述了等离子焊接电弧自动控制及相关工艺技术。本文采用了描述自动控制系统时常用的数学技术。本文介绍了对容量电弧回路中发生的动态过程进行分析研究的结果。数学建模的结果,允许预测系统的不稳定性与集成的线性或非线性负载呈现。考虑到自动调节对象(电弧或等离子体)的参考,建议的材料可能对焊接生产领域的广泛专家以及从事转换器自动控制系统研究的专家特别感兴趣。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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